OC: Revision Number 1 From http://imgur.com/gallery/Le1VK

"Perfect Metal Cube"
SCP II
Object Class: Safe
Special Containment Procedures:
SCP II is to be kept inside the confines of the E-II Containment Box,
(E-II CB). The E-II CB itself is to be contained inside a concrete cell,
measuring 10 meters long x 10 meters wide x 5 meters high. This cell is to
have an electromagnetically sealed door. Variations of SCP II are permitted
to be used in the construction of the containment cell of SCP II, but only
as a secondary material to concrete and various electromagnetic and
electronic wirings.
Two (2) armed guards are to be posted outside the confines of the cell which
contains SCP II to prevent any unauthorized access to SCP II itself.
No guards without E-II CB Mark. 2 Containment Rifles are permitted within
1 meter of the containment cell, and are no permitted to access the E-II CB
or SCP II itself, nor any of its variations.
Any access to SCP II or its variations must be approved by 2/3 vote by O5
command, or via specific clearance from the Founder.
Description:
SCP II is a fairly large cube, measuring 1 meter x 1 meter x 1 meter, and
weighing in at .453 kg, or exactly 1 pound, making it extremely convenient
for transportation. SCP II has been confirmed to be perfectly grey, an
exact 50:50 mixture of pitch black and pitch white.
SCP II has shown to be completely impervious to destruction, showing total
resistance up to 1000 PSa, at room temperature. No SCPs as of [][]/[][]/[][]
(which can be safely used on SCP II) have shown any effect on SCP II. It
has been posited that SCP II could be similar to that of SCP-076, however
there is no conclusive evidence for such a statement.
At temperatures above 37.778 degrees Celcius, SCP II appears to begin a
disintegration process, where flakes begin to float upward from SCP II
in a whirlwind pattern, and begin to accumulate on the surface immediately
above them. Further testing has shown that this state makes SCP II extremely
malleable.
At temperatures below -17.778 degrees Celcius, SCP II begins to form a
crystal-like structure on the surface, appearing to be affected by
frostbite. Pressurized testing while in this state effectively destroyed
SCP II.
In both cases, when returned to room temperature between 37.778 and -17.778
degrees Celcius, SCP II reformed itslef to its original cube structure in a
matter of .025 seconds.
ADDENDUM II-A
Test Log documentation from Site-[]
{SCP II is placed inside the intake chamber of SCP-914}
Setting: 1:1
Intake: One cubic meter of SCP II
Output: A combination of various unidentified gases, what is either SCP II
or an identical copy of SCP II, and one block with the same outward
appearance of SCP II.
This block was impervious to temperatures ranging from -17.778
degrees Celcius and above, up to the highest possible SCP T-Class
test, at 1000 degrees celcius, with only a slight change in color
which has proved normal among all metals, with a small orange-red
addition to SCP II's palette. This new block was designated
SCP II-1.
Setting: 1:1
Intake: One cubic meter of SCP II-1
Output: Combination of various unidentified gases, what is either SCP II-1
or a copy of the aforementioned, and one new variation of SCP II,
now impervious to temperatures from 37.778 degrees Celcius and
below.
New variation does not show the frostbite-esque properties of
SCP II when placed in temperatures below -17.778 degrees Celcius.
However, the new variation appears to turn a slight shade of deep
blue whenever placed in sub -17.778 degrees Celcius temperatures.
New block has been designated SCP II-2.
Setting: 1:1
Intake: One cubic meter of SCP II-1 and one cubic meter of SCP-2
Output: Similar combination of gases, and one new variation of SCP II,
impervious to all temperature testing, pressurized testing,
and all attemps made by personnel to assault the object with various
blunt objects.
New variation has been designated SCP II Alpha, due to its total
resistance to any forms of destruction attempt.
High resolution, slow motion cameras which were zoomed in 1000x to
SCP II Alpha's surface proved that no blunt objects were making
physical contact with the surface of SCP II Alpha. Instead, an
unknown force propelled them backward as if the objects had hit a
normal piece of metal, with a lesser density.
It was unfortunate that this test resulted in the loss of SCP II-1
and SCP II-2, however through the processes listed above, it is
possible to create more of the two variations.
Setting: 1:1
Intake: One cubic meter of SCP II Alpha
Output: Two separate cubic meters of SCP II Alpha
Setting: Very Fine
Intake: One cubic meter of SCP II Alpha
Output: One identical replica of SCP II Alpha
Setting: Rough
Intake: One cubic meter of SCP II Alpha
Output: One cubic meter of SCP II Alpha
Setting: Coarse
Intake: One cubic meter of SCP II Alpha
Output: One cubic meter of SCP II Alpha
Extensive tests have shown that SCP II Alpha cannot be destroyed
via any conventional or unconventional means. SCP II Alpha has yet
to be exposed to SCP-343.
END LOG DOCUMENTATION
ADDENDUM II-B
Recording from the office of Dr.[REDACTED]
Excerpt from the exposure of SCP II Alpha to SCP-343
Doctor []: Hello, 343.
SCP-343: Hello, doctor. What do you have for me?
{Doctor [] reveals SCP II Alpha to SCP-343}
SCP-343: Doctor, what have you done?
Doctor []: What do you mean, what have I done?
{SCP-343 does not respond, appears saddened}
_____________________________________________________________________________________________________________
As requested, I have clarified the temperature issue, and it has been modified to make it so that high and low temps now damage SCP II. I have also removed the use of Dr. Bright as anecdote for the purposes of this document. I'm still looking for feedback to make this a worthwhile post to the SCP Wiki.
Rough Draft of this document, as this one is a total re-write:
http://imgur.com/gallery/Le1VK
SCP Wiki:
http://www.scp-wiki.net/